EGRU Seminars that have been recorded can be viewed here by clicking on the image, or you can view the full list of recordings on the EGRU You Tube Channel
EGRU State-of-the-Art seminars are free online overview talks on topics relevant to economic geology and presented by experts in the field.
Risk Qualified Mineral Resources/Reserves with Modern Geostatistics
Dr Clayton Deutsch
Professor of Geostatistics, University of Alberta, Canada
Resource and reserve estimation is essential for project evaluation and mine planning. The techniques and software tools have evolved over the years and we are getting better at quantifying uncertainty and transferring that through evaluation and planning processes. The current state of the art of resources and reserves estimation will be reviewed and future trends will be discussed.
Dr. Clayton Deutsch is a Professor in the School of Mining and Petroleum Engineering, Department of Civil and Environmental Engineering at the University of Alberta. He teaches and conducts research into better ways to model heterogeneity and uncertainty in mineral deposits and petroleum reservoirs.
Prior to joining the University of Alberta, Dr. Deutsch was an Associate Professor (Research) in the Department of Petroleum Engineering at Stanford University. His employment history also includes three years with Exxon Production Research Company and three years with Placer Dome Inc.
Dr. Deutsch has published eight books and over three hundred research papers. He holds the Alberta Chamber of Resources Industry Chair in Mining Engineering and the Canada Research Chair in Natural Resources Uncertainty Characterization.
The State-of-the-Art seminars is a series of online overview talks on topics relevant to economic geology and presented by experts in the field.
Applying Structural Geology to Hydrothermal Mineralisation
Professor Thomas Blenkinsop
Cardiff University, Wales
Strong structural controls on mineralisation are characteristic of hydrothermal ore deposits. These arise because the permeabilities of crustal rocks are too low to allow deposit formation on realistic time scales unless rocks are deformed. A thorough structural investigation involves geometrical, kinematic (displacement and strain), dynamic (stress) and rheological analyses: each step can make important contributions to understanding hydrothermal mineralization. This talk will advocate a workflow based on these steps, and introduce some recent relevant advances in structural geology. The focus is on gold, but most aspects apply to hydrothermal deposits in general.
Application of Recent Innovations in Exploration Geochemistry
Dr Dennis Arne
This seminar will review the application of three recent advances in exploration geochemistry: the use of clay separates in the analysis of surficial materials, levelling of geochemical data for variable lithological background using principal components, and the application of machine learning to regional geochemical targeting. The advantages and limitations of these approaches will be illustrated through the use of applied case studies.
Metallogenic and Exploration Insights using Metal Isotopes
Professor Ryan Mathur
Juniata College, Pennsylvania, USA
Professor Ryan Mathur will present the first of the EGRU State-of-the Art Talks. Ryan researches and teaches at a small liberal arts school in the Appalachian mountains of central Pennsylvania in the USA. His interests are focused on developing geochemical tools to aid in exploration geology and to understand ore deposit process.
Critical Minerals Geology
The last 10 years has witnessed a significant trend towards renewable materials driven by the ever-increasing demand for green energy, electric vehicles, energy storage, robotics and nano-technologies. Major economies, such as USA, EU, Japan, South Korea and Australia have established national strategies to deal with supply and demand, and to encourage exploration for these minerals.
|Prof. Nigel Cook||University of Adelaide, Australia|
|Prof. Gregor Borg||Martin-Luther University, Germany|
|Assoc. Prof Dan Smith||University of Leicester, United Kingdom|
IOCG Deposits: occurrence and diversity
The IOCG (iron oxide copper gold) deposits comprise a diverse family of ore deposits having a wide range of metal content and geological characteristics. The primary metal extracted from IOCG deposits is Cu with Au having a secondary importance. It is common for IOCG deposits to contain important quantities of U, REE, Ag, Co, Mo and many other metals in small quantities. IOCG deposits occur in a variety of tectonic settings, have been described from all continents and, from Archean to Phanerozoic terrains. Although, they share some common geological characteristics, their diversity in metal content, alteration assemblages, geological and tectonic settings makes exploration for IOCG deposits challenging.
|Prof. Roberto Xavier||ADIMB and University of Campinas, Brasil|
|Prof. Hamid Mumin||Brandon University, Canada|
|Dr Cristiana Ciobanu||University of Adelaide, Australia|
|Dr George Case||Geological Survey, USA|
|Prof. Paul Dirks||James Cook University, Australia|
The tectonic and structural setting of Mt Isa Inlier – implications for deposit models and exploration potential
The Mount Isa Inlier of NW Australia is a giant metallogenic province that hosts world class Pb-Zn (±Ag, Cu), Cu-Au (±Mo, Co, U) and U-REE deposits. Although, the area experienced significant exploration activity and has been the subject to numerous academic studies, no major discoveries have been made for more than 20 years. Given the lack of new discoveries, a critical assessment and re-evaluation of existing tectonic and deposit models is required.
|Dr Peter Betts||Monash University, Australia|
|Prof. Tom Blenkinsop||Cardiff University, United Kingdom|
|Dr Nick Oliver||HOCV Global, Australia|
|Dr Karen Connors||University of Queensland, Australia|
|Dr George Gibson||Australian National University, Australia|
|Dr Ioan Sanislav||James Cook University, Australia|